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Humidity Controller - List of Manufacturers, Suppliers, Companies and Products

Humidity Controller Product List

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[Column] What is the difference between hardware and software? Characteristics and specific examples.

[Column] What is the difference between hardware and software? Characteristics and specific examples.

What is the difference between hardware and software? We will introduce their characteristics and specific examples! We have a proven track record in product development across various fields! For product development inquiries, please contact Nippo!

This time, we will introduce what hardware and software are. Hardware refers to the physical components that have a tangible presence, such as the computer itself and the display, which can be seen as 'physical enclosures.' In analogy to the human body, it can be compared to 'the parts that perform actions,' like arms and legs. Software refers to the instructions and content that enable hardware to operate, written in a language that computers can understand (programming languages), which instructs the computer to function. Operating systems (OS) and applications that run on computers and smartphones are classified as software. Software is not physically visible, and in analogy to the human body, it can be compared to 'commands from the brain.' Below are specific examples of hardware: ◆ Input devices ◆ Storage devices ◆ Control/processing devices ◆ Output devices Below are specific examples of software: ◆ OS (Operating System) ◆ Application software Our company utilizes over 60 years of expertise in circuit board development to undertake product development in various fields. Please feel free to contact us!

  • Software (middle, driver, security, etc.)

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[Column] What is a Smart Factory? Benefits and Current Challenges

[Column] What is a Smart Factory? Benefits and Current Challenges

What is a smart factory? Introducing the benefits and current challenges! Leave application development to Nippo!

A smart factory is generally a factory that manages operations based on digital data by utilizing advanced technologies such as IoT, AI, and big data processing. If realized, it can improve business processes and produce high-quality products at low cost and in a short period. Unlike traditional manufacturing, which relies on automation through machines like robots, smart factories focus on the collection and utilization of data. A significant feature is the ability to review the entire business process and automatically analyze accurate workflows to enhance operational efficiency on the production floor. ■ Benefits of Implementation 1. Visualization of on-site conditions 2. Reduction of workforce on-site and appropriate safety measures 3. Skill inheritance ■ Challenges 1. Slow penetration of digitalization 2. Loss of initiatives aimed at pursuing management effectiveness The introduction of a smart factory is a means, not an end. Its main aim is to attract talented personnel, create new production methods, and lead to high profitability and growth. For companies to smoothly advance implementation, it is crucial to understand the current challenges of existing factories, which allows them to narrow down the actions that need to be taken.

  • Other factory equipment and parts

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[Column] What is Web API Integration? Important Considerations for Design and Choosing Integration Partners

[Column] What is Web API Integration? Important Considerations for Design and Choosing Integration Partners

What is WebAPI integration? Introducing points to consider in design and how to choose integration partners! / Leave cloud services and system development to Nippo! /

An API is an interface that connects software, programs, and web services, serving as a means for different software components and services to communicate with each other and share functionalities. It is widely used behind the scenes of social networking services and websites for various purposes. By implementing an API, your company's services or programs can be utilized by other companies as well. For example, with membership sites, you no longer need to enter personal information every time for registration, inputting shipping information on e-commerce sites, or using payment services on e-commerce sites. ◆ Points to consider in design - Version compatibility - Security measures - Access restrictions - Latency and performance In API integration, the functionality provided by external services is used, and the system specifications depend on the API provider. Therefore, if there is a malfunction on the provider's server, your company will not be able to address it. Coordination with the integration partner will be necessary, so choose a partner that can adequately respond to any potential issues. Nippo offers development of cloud services. If you have any interest, please feel free to contact us.

  • EAI/ETL/WEB application server

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[Technical Documentation] Basic Knowledge of Web API and Application Examples

[Technical Documentation] Basic Knowledge of Web API and Application Examples

Fundamental Knowledge of Web APIs and Examples of Applications

API stands for "Application Programming Interface," which is provided over the internet. In simple terms, it is an interface that connects software, programs, and web services. APIs are a means for different software components and services to communicate with each other and share functionalities. In other words, by implementing an API, a company's services or programs can be utilized by other companies as well. For example, the ability to register on membership sites, input delivery information on e-commerce sites, and use payment services on e-commerce sites without having to enter personal information each time is thanks to API integration. This document introduces the basics of Web APIs and examples of applications. If you are considering developing cloud services, please feel free to contact us. *For more details, please download the PDF.

  • Embedded Board Computers
  • Embedded system design service
  • Communications

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[Column] What is Carbon Neutrality? Differences from Decarbonization and Current Challenges

[Column] What is Carbon Neutrality? Differences from Decarbonization and Current Challenges

What is carbon neutrality? Differences from decarbonization, current challenges, specific initiatives, and practical examples.

Carbon neutrality refers to reducing greenhouse gas emissions and offsetting the remaining amount through forest absorption or carbon capture technologies to achieve "net zero." In Japan, the expansion of renewable energy and the introduction of energy-saving technologies are being promoted, but challenges such as low energy self-sufficiency and dependence on fossil fuels remain. Meanwhile, around the world, countries, including the EU, are actively announcing roadmaps and promoting the adoption of renewable energy and electric vehicles (EVs). As specific initiatives, companies are advancing the manufacturing of products utilizing renewable energy and the establishment of delivery systems using low-carbon fuels. For example, a logistics company has reported reducing fuel consumption through optimized delivery routes. Additionally, automobile manufacturers are accelerating the development of EVs and fuel cell vehicles, working towards the decarbonization of vehicles. The products produced by our company demonstrate energy efficiency in the market. For instance, in facility horticulture, temperature management for heating using heavy oil boilers is achieved with less fuel. In products for facility equipment, significant reductions in energy usage are realized through the use of computer control and communication technologies.

  • Energy efficient utilization system

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